VR-Based Lathe Machine Training Simulation

Client

The BITS Pilani, Goa Campus project demonstrates how VR can extend traditional practical training into an immersive, repeatable, and measurable learning experience. This approach creates a foundation for a broader Virtual Engineering Lab ecosystem covering additional machinery like milling machines, CNCs, welding systems, industrial robotics, and hydraulic/pneumatic systems.

The Challenge

Practical machine training is an essential part of engineering education, but access to physical laboratory equipment can be limited by machine availability, laboratory schedules, instructor bandwidth, and safety considerations. Engineering students need a way to understand the components and controls of a lathe machine, learn correct operating procedures, build confidence through repetition, perform procedures independently, and generate performance data for assessment without consuming limited physical machine time.

Our Solution

AuraInteract developed a VR-based Lathe Machine Training Simulation for BITS Pilani, Goa Campus, that recreates the lathe machine and its operating workflow in an immersive virtual environment. The system features 5 core training modules: Machine Familiarisation, Facing Operation, Turning Operation, Drilling Operation, and Grooving Operation. It utilizes a Two-Mode Learning Experience combining a guided Training Mode (with audio instructions, step-by-step guidance, and ghost animation demonstrations) and an unguided Testing Mode (independent execution with backend performance tracking).

Implementation & Results

The simulation successfully transformed a static 3D machine model into a structured digital learning journey (Explore → Learn → Practise → Repeat → Test → Analyse). It established a safe, repeatable, and measurable pre-laboratory layer where students can master machine operations virtually before progressing to physical equipment.

Integration Architecture

The Technology Ecosystem

This solution is powered by our advanced technologies, customized services, and specialized hardware.

Technologies

Virtual Reality (VR) for Enterprise Simulation

Services

Immersive Training Development

Enterprise & Industrial XR Development

Devices

Meta Quest 3

Meta Quest 2

The Impact

Business Outcomes

5 core machining operation modules developed including familiarisation, facing, turning, drilling, and grooving

2 distinct operational modes implemented for guided training and independent testing

100% risk-free virtual environment for pre-laboratory safety and machine practice

7 key analytics metrics captured including steps completed, sequence accuracy, time taken, attempts, errors, and completion status

Project Modules

Core Training Modules

Machine Familiarisation

Explore the lathe machine's major components, controls, workholding mechanisms, and basic tooling to establish foundational operational and safety knowledge.